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… 2018. Unique efficiency due to transfer pathway In their catalytic center, hydrogenases manufacture molecular hydrogen (H2) from two protons and two electrons. They extract the protons required for this process from the surrounding water and...

… the broadest sense. In other words, researchers from all over Germany who, for instance, are conducting research into smart sensors, more long-lived catalysts, battery technology, fuel cells or technologies that help to reduce CO2 emissions.Besides...

… RESOLV and chemistry in general. “Beyond contributing to fundamental understanding, it also opens possibilities towards creating tailor-made sensors and catalysts for highly selective chemical reactions with technological application”, says Clever....

… complexes for C-N cross coupling reactions at room temperature. Gessner’s results mark another step towards the development of more potent palladium catalysts for homogeneous catalysis. “The articles in this printed issue, as well as those in the...

Catalysts for controlled cascade reactions: It is difficult to convert carbon dioxide or nitrogen oxides into useful or harmless substances.

… derivatives. We could apply it in selective chemical transformations and the development of fullerene-based devices, e.g. in the field of organic electronics and photovoltaics. 3. Which solvents can you use with your system? So far our system...

…JACS: Precious metals are often efficient catalysts. But they are expensive and rare. However, it has so far been difficult to determine how efficient non-precious metal alternatives are. (German version below the English one)

… on 25 August 2019. “Transferring the cascade reactions of the enzymes to catalytically active nanoparticles could be a decisive step in the design of catalysts,” says Wolfgang Schuhmann. ADDITIONAL INFORMATION Detailed Press Release Original...

… HOW TO ACHIEVE HIGH REACTION RATES IN CATALYS WITHOUT PRECIOUS METALS - JACS Non-precious metal nanoparticles could one day replace expensive catalysts for hydrogen production. However, it is often difficult to determine what reaction rates (aka...

… most promising among an abundance of possible element combinations. The success of the energy transition depends significantly on efficient electrocatalysts, for instance for fuel cells or the reduction of CO2. Special alloys made from five or...